PU yellow coating Data Sheet Material PU/Polyurethane Color yellow and Customized Hardness 55° Shore A Thickness 2 to 10mm Technique Vulcanized Maximum Operating Temperature 70 ℃ Minimum pulley diameter 30 x coating thickness Feature Resistant against simple oils and fats, good wear resistance
The XXL Rubber timing belt is standard delivered with Fiberglass cores. The XXL Rubber toothed belt has a pitch of 3.175mm mm , extremely suitable for transport where good positioning is required. We can customize the XXL Rubber timing belt according to your wishes. Product details Timing belt XXL Colour Black Shore hardness (A) 75° Shore…
The XXH Rubber timing belt is standard delivered with Fiberglass cores. The XXH Rubber toothed belt has a pitch of 31.75mm , extremely suitable for transport where good positioning is required. We can customize the XXH Rubber timing belt according to your wishes. Product details Timing belt XXH Colour Black Shore hardness (A) 75° Shore A…
The XH rubber timing belt is standard delivered with Fiberglass core. The XH rubber toothed belt has a pitch of 22.225mm , extremely suitable for transport where good positioning is required. We can customize the XH rubber timing belt t according to your wishes. Product details Timing belt XH Colour Black Shore hardness (A) 75° Shore…
The H rubber timing belt is standard delivered with Fiberglass core. The H PU toothed belt has a pitch of 12.7mm , extremely suitable for transport where good positioning is required. We can customize the H rubber toothed belt according to your wishes. Product details Timing belt H Colour black Shore hardness (A) 75° Shore A…
L Rubber Timing Belt, Trapezoidal Tooth Profile Circular Type provides reliable power transmission by minimizing slippage and maintaining synchronization between components. Designed to withstand wear and tear, L Timing Belts optimize operation and extend equipment lifespan in various mechanical applications. With durable construction, L Timing Belts effectively reduce vibration and noise, protecting sensitive systems without…